Mit dem rasanten Wachstum von Miniatur-Servosystemen, Präzisionsmedizingeräten und Gelenken für bipedale humanoide Roboter durchläuft die Mikromotorentechnologie einen großen Wandel. Unter diesen Technologien wird der nutenlose bürstenlose Motor von Herstellern auch als eisenloser bürstenloser Motor bezeichnet…
Im Bereich der Präzisionsmotoren werden eisenlose Motoren und nutenlose Motoren oft zusammen diskutiert, da beide einen ruhigen Lauf, geringes Geräusch, geringes Rastmoment und eine gute Hochgeschwindigkeitsleistung bieten. TSL MOTOR bietet bürstenbehaftete eisenlose Motoren mit leichten selbsttragenden Wicklungen an,…
Da Roboter, medizinische Geräte und Präzisionsgeräte immer kleiner werden, kommen Mikro-Planetengetriebe aufgrund ihrer geringen Größe, ihres breiten Übersetzungsverhältnisses und ihres relativ hohen Ausgangsdrehmoments zunehmend in kompakten Antriebssystemen zum Einsatz. Derzeit gibt es...
A brushless planetary gear motor is a drive product that combines a brushless DC motor with a planetary gearbox. A brushless motor normally runs at high speed. The planetary gearbox reduces the output speed and increases the output torque. Together,…
Oriental Motor, Nanotec, Portescap, MOONS’, and TSL MOTOR show the strongest overall competitiveness. Each has a clear strength. These strengths include high reliability, low backlash and modularity, miniature precision control, transparent pricing and fast delivery, and OEM/ODM customization. TSL MOTOR…
From 2021 to 2026, the global micro DC motor industry has diversified in technology paths and rapidly expanded in application scenarios. Overall, maxon, FAULHABER, and Portescap lead the high‑end precision and coreless‑motor segment; Nidec, Johnson Electric, and Mabuchi dominate large‑scale…
Stepper motor linear actuators have become the preferred solution in many fields such as medical equipment, 3D printing, smart homes, and industrial automation. They achieve precise positioning through open-loop control, maintain controllable costs, and feature a simple structure. Many engineers…
Linear actuators, often called “straight-line actuators,” are essentially devices that convert electrical energy, compressed air, hydraulic energy, or material phase-change energy into linear push-pull motion. For engineers, it is not just a single product. It is an entire system consisting…
Dexterous hands serve as the core end-effectors in humanoid robots, service robots, prosthetics, and teleoperation systems.Compared with ordinary two-fingered grippers, dexterous hands not only grasp but also pinch, envelop, manipulate tools, perform in-hand manipulation, and adapt compliantly to the environment.…
In precision automation, medical devices, robotic grippers, optical adjustment, micro valves, and portable equipment, more and more mechanisms need to complete pushing, pulling, lifting, clamping, or positioning in a very limited space. Compared with pneumatic and hydraulic solutions, a micro…